Do not forget that the TCP/IP protocol suite's transport stage is where reassembly and reordering of packets occurs. If necessary, a firewall may function at the Internet or data layer level of abstraction. If a traffic stream is corrupted or removed, a stateful inspection firewall will not be able to learn anything about it.

Do not forget that the TCP/IP protocol suite's transport stage is where reassembly and reordering of packets occurs. If necessary, a firewall may function at the Internet or data layer level of abstraction. If a traffic stream is corrupted or removed, a stateful inspection firewall will not be able to learn anything about it.

Management Of Information Security

6th Edition

ISBN:9781337405713

Author:WHITMAN, Michael.

Publisher:WHITMAN, Michael.

Chapter12: Protection Mechanisms

Section: Chapter Questions

Problem 5RQ

See similar textbooks

Similar questions

Note that the TCP/IP protocol suite's transport stage is where reassembly and reordering of packets occurs. A firewall may function at the Internet or data layer level of abstraction. If a traffic stream is corrupted or removed, a stateful inspection firewall will be unable to learn anything about it.
Don't forget that the TCP/IP protocol suite's transport stage is where reordering and reassembly of packets occurs. If necessary, a firewall may function at the Internet or data layer level of abstraction. In the event that a traffic stream is out of order or has been erased, a stateful inspection firewall will be unable to learn anything about it.
Keep in mind that the TCP/IP protocol suite's transport phase involves reordering and reassembly of packets. A firewall may function at the Internet or data layer level of abstraction. If a traffic stream is corrupted or removed, a stateful inspection firewall will be unable to learn anything about it.
Keep in mind that the TCP/IP protocol suite's transport phase involves reordering and reassembly of packets. A firewall may function at the Internet or data layer level of abstraction. If a traffic stream is corrupted or removed, a stateful inspection firewall will be unable to analyze it.
It is important to keep in mind that the TCP/IP protocol suite's transport phase is where packet reassembly and reordering occurs. A firewall may function at the Internet or data layer level of abstraction. If a traffic stream is missing or out of order, a stateful inspection firewall will be unable to learn anything about it.
Keep in mind that the reordering and reassembly of packets occurs during the transport phase of the TCP/IP protocol suite. A firewall's operations may take place at a lower level of abstraction, such as the Internet or the data layer. If a traffic stream is missing or out of order, a stateful inspection firewall will not be able to learn anything about it.
Keep in mind that the TCP/IP protocol suite's reassembly and reordering of packets happens during the transport phase. Some firewalls are designed to function just at the Internet or data layer level of abstraction. Without the proper sequence or the absence of a deleted packet, a stateful inspection firewall cannot make any inferences about the traffic being inspected.
It is important to keep in mind that the reordering and reassembly of packets takes place during the transport step of the TCP/IP protocol suite. The Internet or the data layer are two examples of lower levels of abstraction that a firewall is able to function at. If a traffic stream is either out of order or has been deleted, a firewall that uses stateful inspection will be unable to determine anything about the stream's contents.
Bear in mind that packet reordering and reassembly occur throughout the TCP/IP protocol suite's transport phase. A firewall may function on a lower abstraction level, such as the Internet or data layer. If a traffic stream is out of order or has been erased, a stateful inspection firewall will be unable to determine anything about it.
Recall that packet reordering and reassembly happen at the TCP/IP protocol suite's transport stage. A firewall can work at a lower tier, like the Internet or the data layer. When a traffic stream is out of order or destroyed, how can a stateful inspection firewall determine anything about it?
Remember that the transport stage of the TCP/IP protocol suite is where packet reordering and reassembly occur. Internet and the data layer are examples of lower tiers where a firewall may be implemented. How can a firewall with stateful inspection determine if a communication stream is broken or destroyed?
Remember that the transport stage of the TCP/IP protocol suite is where packet reordering and reassembly occur. Internet and the data layer are examples of lower layers where a firewall may be implemented. How can a firewall with stateful inspection determine whether a communication stream is damaged or destroyed?